Burndy, LLC

International Business Machines Corporation

Framatome Connectors USA Inc.

Other

Rocco J Noschese

Heinz Piorunneck

Jay H Neer

Ronald V Davidge

Fernando J Ramirez

Todd A McClurg

Ronald P Sidor

Frederick D Hooper

Darryl C Newell

Richard J Nelson

Michael Lazar

Paul H Adams

James P Howes

Michael N Perugini

William B Walkup

Barry A Holmes

Yuetchin Hoi

Thomas L Hannigan

An assembly for both distributing electricity and limiting the flow of current has a housing, input conductors, first output conductors, second output conductors, an insulating spacer block, and limiters. Portions of the input conductors and first output conductors overlay each other with the insulating spacer block therebetween. The limiters electrically connect the input conductors to the output conductors with pairs of limiters connected between a single input conductor and separate output conductors.

Power distribution and limiter assembly

An electrical connector with a housing and a contact strip. The housing has a receiving area with openings into the receiving area on opposite sides of the housing. The contact strip has a support of resilient conductive material, an insulating layer on the support, and signal conductors on the insulating layer. The contact strip is located in the receiving area with portions of the signal conductors located at the openings at the opposite sides of the housing.

Electrical connector with high speed and high density contact strip

A method of connecting a combined daughter printed circuit board and outrigger assembly to a mother board. The assembly has an outrigger with a one piece housing. Contacts of the outrigger are aligned with contact pads on the daughter board by their carry strips prior to soldering the contacts to the contact pads. When the assembly is inserted into a receptacle on the mother board, five different types of contact pads on the card edge connection area are sequentially connected to contacts of the receptacle.

High density card edge connection system with outrigger and sequentially

A system for connecting printed circuit boards to each other includes electrical connectors and positioners. The positioners fixedly position the boards relative to each other in a general spaced parallel configuration. The electrical connectors can connect the boards to each other in series. The connectors include power contacts, ground contacts, and driver circuits located inside the connector housing. The driver circuit has a transceiver for synchronous two way communications and buffers for repeating and strengthening digital signals.

Stacked printed circuit boards connected in series

A card edge connector comprising a housing, electrical contacts, and ejectors. The housing has a middle section with a card edge receiving area, two guide projections at opposite ends of the middle section, and a keeper section. The electrical contacts extend from the middle section, through the keeper, to a bottom of the housing. The housing is suitably configured to receive a daughter printed circuit board at an angle of about 30.degree. relative to a mother printed circuit board. The ejectors are adapted to lock the daughter board to the connector and, eject the daughter board from the connector.

Angled card edge connector

A card edge connector having a housing, an electromagnetic shield, and a voltage drain contact directly fixedly attached to the shield. The voltage drain contact has a contact area located above the top of a center section of the housing. Electrical contact is made between the voltage drain contact and a voltage drain pad on a daughter board before the daughter board makes electrical contact with signal contacts in the housing. This avoids undesired surges of current.

Card edge connector with combined shielding and voltage drain protection

A card edge connector is provided with a housing, electrical contacts, and movable wedge clips. The wedge clips are slidingly mounted to the housing at an angle to a card edge receiving slot in the housing. The, wedge clips are suitably shaped and mounted to the housing to be contacted by and moved with a printed circuit board inserted into the receiving slot. The wedge clips include a spring section for returning the clips to a home position when the board is removed from the receiving slot.

Printed circuit board stabilizer for a card edge connector

A modular communications connection system is provided for connecting a plug connector to a socket connector. The system includes a blocker that blocks the entrance to the socket connector. A key can be used to move the blocker to allow the plug connector to be inserted into the socket connector.

Protected communications socket

An electrical connector assembly is provided with a first connector and a mating second connector. The first connector has two rows of signal contacts and ground contacts located between the two rows of signal contacts. The second connector has two rows of mating signal contacts and a row of mating ground contacts between the two rows of mating signal contacts.

Small form factor connectors with center ground plate

An electrical connector having a housing, quick release latches, and a hood. The hood allows an electrical cable to exit the hood in three different directions. The quick release latches are located on opposite ends of the housing and allow the connector to be easily snap-lock connected to a second connector and easily released from the second connector by depressing the latches. The use of the hood, the size and shape of the housing, and the simplicity of the latches combine to provide a lightweight connector that can be used in aircrafts for entertainment systems.

Lightweight entertainment connector

An electrical connection system is provided with two electrical connectors and a mounting track. The mounting track is adapted to be connected to a frame. The connectors are slidingly mounted onto the mounting track and into electrical connection with each other.

Electrical connection system with mounting track

An electrical connector is provided with a housing, electrical contacts mounted to the housing, and ejectors pivotally mounted to the housing. The ejectors have pivot posts that extend in the same direction and spaced ejecting fingers. The pivot posts are axially slid into pivot holes at the edge of the housing along a first direction. The ejectors are then rotated in a second direction orthogonal to the first direction with the fingers being received in finger holes in the housing to thereby prevent the ejectors being inadvertently disconnected from the housing. The fingers and finger holes extend, at least partially, between adjacent contact receiving holes in the housing. Detent locating of the ejectors is provided at an open position and a closed position. The housing includes blocking projections to prevent connection of an integrated circuit chip other than in a predetermined position.

Electrical connector with improved ejectors and assembly

An electrical connector is provided with a housing and a plurality of electrical contacts. The housing has a plurality of contact receiving channels having preload shelves. The contacts each have two opposing cantilever arms and means for biasing a distal end of one of the arms towards the other arm. The distal ends of the arms have preload tabs that contact each other during insertion of the contact into the housing, and are used to preload the arms at their final position in the housing.

Dual-beam electrical contact with preload tabs

An electrical connector for removably receiving a daughter card includes a first group of contact springs, which extend in their free, undeflected state into a card-receiving slot, and a second group of contact springs, which are displaced from this slot in their undeflected state. This connector also includes an actuator, which can be moved to engage the second group of contact springs so that they are moved into the card-receiving slot. The actuator can be left in a position in which it is not so engaged when a first type of daughter card is inserted in the connector, with slotted portions of the daughter card passing over surfaces of the actuator. The actuator is moved into this engagement with the insertion of a second type of daughter card as surfaces on the daughter card push on surfaces of the actuator. The actuator also includes means by which it is locked to this second type of daughter card so that it is restored to its unengaged position as the daughter card is withdrawn from the connector. In an alternative embodiment, the engagement of the actuator is not controlled by the surfaces of the daughter card, but rather by manual movement of an engagement lever.

High density connector with sliding actuator

A daughter card is provided with an insertion portion, including a row of contact pads on each side of an edge prepared for insertion into the slot of card edge connector, and a contact structure extending from one or both sides of the card. Contact terminals of the contact structure extend parallel to the insertion portion of the card, being electrically connected to circuits within the card. On a mother board, a connector is provided with a first slot for removably receiving the insertion portion of the daughter card, and with one or two slots for removably receiving the contact terminals. The mother board and the daughter card include essential circuits, which are connected through the contact pads, and non-essential circuits, which are connected through the contact terminals. The daughter card may be plugged into a standard type of card edge connector, having only a single, central card-receiving slot, with the contact terminals extending outside the outer surfaces of the connector. A standard type of daughter card, with contact pads on an insertion portion but without the contact terminals extending outward from the card, can be plugged into the first slot of the connector.

Growing community of inventors

Wilton, CT, United States of America

Rocco J Noschese